What a talented professor you are! My goodness! Thank you so very much for explaining this subject clearly. You have no idea what it meant to run into this video. Please keep making more videos like this.
8:31 When you asked, "How many significant figures does this result have?" 7.55377 has 6 significant figures, not 2. The precise question should be, " How many significant figures should be used with the multiplication/division rule. In this case, 3.1 is the least number of sig figs in comparison to 2.4367; therefore, 2 significant figures should be used with the resultant product.
What a talented professor you are! My goodness! Thank you so very much for explaining this subject clearly. You have no idea what it meant to run into this video. Please keep making more videos like this.
Amazing video. It cleared the concerns I had with keeping the number after the significant figure when adding. Thank you for the video.
This is the only video that made it crystal clear for me how to do sig figs with mixed operations. Thank you!
very good. loud train!
Your video saved me. It was really helpful.
It's really help. You're the best
Choo choooo! ❤ Thank you for the refresher.
Your video was awesome. Thank you soooo much
Thank you this really helped !:D
Thank you 👍🏼
Helpful
i now understand sig figs..much thanks
8:31 When you asked, "How many significant figures does this result have?" 7.55377 has 6 significant figures, not 2. The precise question should be, " How many significant figures should be used with the multiplication/division rule. In this case, 3.1 is the least number of sig figs in comparison to 2.4367; therefore, 2 significant figures should be used with the resultant product.
Awesome . Thank you